Chemical Engineering

Chemical engineering is about designing and running the large-scale processes that turn raw materials into usable products — fuels, plastics, pharmaceuticals, food, and industrial chemicals. It sits at the intersection of chemistry, physics, and traditional engineering, focused less on inventing new chemical reactions and more on figuring out how to run them safely and efficiently at a massive scale.

Chemical engineers design equipment and processes for manufacturing, run experiments and simulations to figure out the most efficient and safe way to produce something, establish safety procedures for handling hazardous materials, and troubleshoot problems when a production process isn't behaving as expected. A lot of the job involves scaling something that works in a small lab up to a process that can run continuously in a full-size industrial plant.

• Oil refining and fuel production
• Pharmaceutical manufacturing processes
• Plastics and polymer production
• Water treatment and desalination systems
• Food and beverage processing plants

Tap a card to see the reality behind each one.

Expect both office-based process design and simulation work, and time on a plant floor monitoring and troubleshooting active production processes. Safety review and regulatory compliance work is a bigger part of the job than people expect, since many chemical processes involve hazardous materials.

• Designing equipment to safely scale up a lab process to industrial production
• Analyzing a production process to find ways to make it more efficient or less wasteful
• Reviewing safety procedures for handling a hazardous material
• Troubleshooting why a production line isn't producing the expected yield

• Heavy safety and regulatory documentation requirements
• Some roles, especially at production plants, may not be located in major cities
• Industries like oil and gas can be economically cyclical, which affects job stability in those specific sectors

The U.S. Bureau of Labor Statistics projects 5% employment growth for chemical engineers from 2025 to 2035 — faster than the average for all occupations — with about 1,100 openings projected per year over that decade, many resulting from workers retiring or changing careers. That's a smaller number of annual openings than some other engineering fields, since chemical engineering is a comparatively smaller field overall. Demand and pay can vary a lot depending on which industry you're in and its current economic cycle — research the current market in your specific country and industry before making decisions.

• Try a simple, adult-supervised kitchen chemistry experiment, like making a basic polymer
• Research how a specific everyday product, like plastic or fuel, is manufactured at an industrial scale
• Try a free chemistry simulation tool to see how changing conditions affects a reaction

• Am I comfortable with heavy chemistry and math coursework, on top of traditional engineering topics?
• Would I be okay being responsible for safety procedures around potentially hazardous materials?
• Am I interested in how things are made at a large, industrial scale, not just how they work in theory?
• Would I be okay if my job were located at an industrial plant rather than an office in a major city?